6 papers analyzed
These studies suggest the human central nervous system's morphology includes blood supply, cerebrospinal fluid flow, and structures like the cerebral hemisphere, limbic system, basal nuclei, diencephalon, cerebellum, brainstem, and spinal cord, with development starting from a single ectodermal plate and involving cadherins for regionalization and morphogenesis.
The morphology of the human central nervous system (CNS) encompasses the structural organization and development of the brain and spinal cord. This includes the study of various regions, their development, and the genetic and molecular mechanisms that guide their formation and function.
Developmental Gradients and Morphogenesis:
Genetic and Molecular Influences:
Structural Organization:
Classification of CNS Malformations:
The morphology of the human central nervous system is shaped by a complex interplay of developmental gradients, genetic and molecular signals, and structural organization. Gradients of morphogens and the differential expression of molecules like cadherins guide the regional differentiation and formation of neural circuits. Understanding these processes is crucial for comprehending both normal CNS development and the basis of various malformations.
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